Carbon Sequestration in African Forests

Types, Methods and Technology

Edited by

Presents novel techniques for above-ground biomass and carbon sequestration assessment.
Explains the important contribution of marginal forests and agroforests as part of climate change mitigation.
Discusses the latest developments, such as remote sensing technologies and novel allometric equations for above-ground biomass, woody diversity and carbon sequestration assessment.

Subject: botany-plant-science-forestry environmental-science remote-sensing-gis

Tags:

Africa
carbon sequestration
climate change
Coming Soon
conservation
forests
openaccess

Description

This Open Access title will be available for free download on publication.

This book offers in-depth coverage of the process of climate change management in African forests, from assessment of woody species diversity to climate change mitigation, including carbon sequestration capacity and carbon taxation. Going beyond merely demonstrating the importance of vegetation in carbon sequestration, the volume also helps in quantifying the contribution of various species in the process.

Focused on tropical vegetation in Africa, specifically the Congo Basin, novel approaches to carbon sequestration capacity and above-ground biomass assessment are presented. The latest methods are highlighted, including remote-sensing technologies, digital image processing and development of classification methodologies for various plants and the assessment of their use in carbon sequestration. The financial implications of different schemes are also discussed.

Extensive case studies offer details on afforestation/reforestation; exploitation and conservation of forests in the context of REDD+; carbon taxation and capacity building; assessing carbon sequestered in mangrove forests; evaluation of marginal forests; and assessment methods based on allometric equations and a generalized coefficient. This book brings together the latest information to meet the needs of researchers and policymakers working at the cutting edge of carbon sequestration and climate change.

DOI: 10.53061/FORB6124

About the Author

Talla Tankam Narcisse is a senior lecturer in the Computer Engineering Department of the University Institute of Technology Fotso Victor at the University of Dschang, Cameroon. He has a PhD in Computer Science from the University of Yaounde I in Cameroon and a University Doctorate in Instrumentation and Image Computer Engineering from the University of Burgundy in France. His research activities involve remote sensing including global warming, risks and disaster management, digital image processing, and education technologies including eLearning and AI in education.

Fotsing Janvier is a senior lecturer in the Department of Physics at the Faculty of Science, University of Buea, Cameroon. He has a PhD in electronics with remote sensing speciality from the University of Yaoundé I in Cameroon, and a doctorate in science of education from the University of Cergy-Pontoise in France. His research activities include remote sensing, digital image processing, telecommunication and chaotic systems, data transmission security, education technologies including IoHT, hybrid training, e-Learning and AI in education.